Red Hat Security: Linux in Physical, Virtual, and Cloud (RH415) Course
- Duration: 40 Hours
- Exam Voucher: Yes
- Language: English
- Course Delivery : E - Learning Access
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Course Overview
The Red Hat Security: Linux in Physical, Virtual, and Cloud (RH415) Course is designed for security administrators, system administrators, and engineers responsible for securing Red Hat Enterprise Linux systems deployed on bare‑metal, as virtual machines, or in public and private cloud environments. The curriculum focuses on comprehensive risk management methodologies using a blend of built‑in Linux security frameworks and Red Hat‑specific tools such as SELinux, OpenSCAP, Red Hat Insights, Linux Audit, AIDE, USBGuard, PAM, Red Hat Satellite, and the Red Hat Ansible Automation Platform. Throughout the course, learners engage in immersive labs and real‑world scenarios to master proactive and automated security practices.
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Course Details
- Learn to define and implement security and compliance strategies for Red Hat Enterprise Linux systems
- Gain hands on experience with SELinux and advanced techniques for process and access confinement
- Manage system compliance using OpenSCAP and customize policy baselines
- Use Red Hat Insights and Satellite to identify vulnerabilities and remediate at scale
- Monitor system activity and file integrity with Linux Audit and AIDE
- Secure authentication and device access using PAM and USBGuard
- Enable automated remediation workflows with Ansible Playbooks and Satellite tools
- Ideal for security administrators, system administrators, and IT security engineers tasked with managing security for hybrid Linux infrastructures
- Recommended prerequisite: Red Hat Certified Engineer (RHCE) certification or equivalent Red Hat Enterprise Linux experience
- Strong understanding of Linux administration fundamentals and networking improves learning outcomes
- Manage risk and security policy across physical, virtual, and cloud Red Hat Enterprise Linux systems
- Configure and analyze advanced SELinux policies to harden system access
- Use OpenSCAP and SCAP Workbench to assess and remediate compliance issues
- Monitor and interpret security events using Linux Audit and AIDE
- Apply USBGuard to restrict unauthorized device access
- Manage authentication configurations using PAM frameworks
- Employ Red Hat Insights, Satellite, and Ansible workflows for scalable security automation
- Managing Security and Risk: Security strategy formulation, tools, and standards
- Automating Security Remediation: Automated workflows using Ansible and Playbooks
- Data Protection: Encryption with LUKS and Network Bound Disk Encryption (NBDE)
- Device and Authentication Controls: USBGuard and PAM configuration
- Audit and Monitoring: Linux Audit subsystem and file integrity checks with AIDE
- SELinux Hardening: Basic to advanced SELinux policy implementation
- Compliance with OpenSCAP: Evaluation and remediation using OpenSCAP and SCAP Workbench
- Automation at Scale: Compliance and remediation scaling with Red Hat Satellite and Insights
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